Powder metallurgy (PM) of titanium is a potentially cost-effective alternative to conventional
wrought titanium. This article examines both traditional and emerging technologies …

Various titanium metallurgical processes have been reviewed and compared for titanium
dioxide and titanium metal, mainly focusing on the future development of hydrometallurgical …

For several decades, the metallurgical industry and the research community worldwide have
been challenged to develop energy-efficient and low-cost titanium production processes …

Solid electrode processes fall in the central focus of electrochemistry due to their broad-
based applications in electrochemical energy storage/conversion devices, sensors and …

1. INTRODUCTION Using electric current as a tool in metallurgy dates back to the early
years of the nineteenth century. Davy and Berzelius discovered alkali metals were able to be …

Silicon plays essential roles in the fabrication of solar cells, silicon chips, optical fibres,
silicones, and is important as an element in lighter and stronger alloys, as well as hundreds …

The electrolytic decomposition of metal oxides to metal and oxygen is an extractive
metallurgy principle that, when coupled with carbon-free electricity, drastically mitigates the …

A new cell concept for calciothermic reduction is presented where TiO2 is used as the raw
material for reduction. The reduction system consists of a single cell, where both the …

The solid oxide membrane (SOM) process is an emerging technology for the
environmentally friendly extraction of high-energy-content metals such as magnesium …

In the present work, Ti–40 mass% Nb alloys were successfully fabricated by a powder
metallurgy route consisting of mechanical alloying (MA) of TiH 2–Nb powder mixture and …